Industrial Automation Solutions for Smarter Manufacturing
Custom Automation Systems Designed Around Your Production Process
From robotic workstations and automated assembly to machine tending, material handling, inspection, welding and complete production-line automation, ASD develops customized automation solutions for manufacturers across multiple industries.
We combine mechanical engineering, precision machining, fixtures, robotics, electrical control and system integration to transform repetitive manufacturing processes into efficient and reliable automated workflows.
From One Automated Workstation to a Complete Production Line.
Custom Engineering
Robotic Automation
Precision Machining
Fixture Design
System Integration
Advantages of ASD Industrial Automation
Engineering Capability Behind Every Automation Project
Successful automation is more than adding a robot to a production line.
It requires the right combination of:
Process Engineering + Mechanical Design + Fixtures + Robotics + Machining + Control + Integration
ASD Industrial Automation brings these capabilities together to develop automation systems around your actual production requirements.
20+ Years
Integrated Engineering Partner
60+
CNC Machining Equipment
2
Manufacturing Facilities in China
Multiple
Industrial Applications
Custom
Non-Standard Automation Solutions
One
Integrated Engineering Partner
What We Automate
If a Process Is Repetitive, We Can Explore How to Automate It.
Our automation solutions can be developed around processes such as:
Material Handling
Applications: Part transfer、Loading and unloading、Conveyor handling、Robotic picking、Inter-station transfer、Pallet handling、Automatic feeding
Robotic Welding
Applications: Spot welding、Arc welding、MIG/MAG welding、Structural welding、Component welding、Multi-station welding
Automated Assembly
Applications: Component assembly、Press fitting、Fastening、Screwing、Riveting、Clamping、Part positioning、Sub-assembly
Robotic Painting
Applications: Surface coating、Spray painting、Protective coating、Component painting、Multi-station painting、Precision spraying
Automated Inspection
Applications: Dimensional inspection、Presence/absence inspection、Visual inspection、Position inspection、Assembly verification、Quality checking、Automated measurement
Robotic Picking & Sorting
Applications: Pick and place、Sorting、Bin picking、Component orientation、Product classification、Packaging preparation
Packaging Automation
Applications: Product loading、Box packing、Carton handling、Palletizing、Depalletizing、Labeling、End-of-line handling
Automated Feeding
Applications: Vibratory feeding、Automatic part feeding、Linear feeding、Bowl feeding、Component orientation、Workstation feeding
Palletizing & Depalletizing
Applications: Box palletizing、Bag palletizing、Product stacking、Material depalletizing、Warehouse-to-production transfer
Production Line Automation
From: Processing → Assembly → Inspection → Packaging → Palletizing → Finished Product
Industries
Automation Solutions Across Manufacturing Industries.
Our engineering approach can be adapted to different products, materials, processes and production environments.
Battery component handling、Structural component production、Assembly、Inspection、Material transfer
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CNC machine tending、Component assembly、Inspection、Material transfer
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Other Manufacturing Industries
If your process involves repetitive manual operations, material movement, positioning, assembly, inspection or production-line coordination, it may be a candidate for automation.
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Automation Solutions
From a Single Process to a Complete Automated System
Level 01 — Single-Process Automation
Automate one repetitive production operation.
Examples:
Automatic loading、Robotic welding、Part picking、Machine tending、Automated inspection
To create a more connected manufacturing process.
Level 02 — Automated Workstation
Combine robotics, fixtures, tooling and control systems into one integrated workstation.
Example:
Robot + Fixture + Sensors + Processing Equipment + Control System
Suitable for: repetitive operations requiring stable cycle times and consistent quality.
Level 03 — Multi-Station Automation
Connect multiple processes into an automated production cell.
Example:
Feeding → Positioning → Processing → Inspection → Transfer
Suitable for: manufacturers looking to reduce manual transfer between production stages.
Level 04 — Production-Line Automation
Integrate multiple automated stations into a complete production line.
Example:
Raw Material→ Feeding→ Processing→ Assembly→ Inspection→ Packaging→ Palletizing
Suitable for: high-volume manufacturing and integrated production environments.
Level 05 — Customized Smart Manufacturing
For complex manufacturing environments, automation can be combined with:
Sensors、Machine vision、Data collection、Production monitoring Automated inspection、Traceability、MES/ERP interfaces
to create a more connected manufacturing process.
Core Technology
The Engineering Technologies Behind Our Automation
01
Robotics
Industrial robots can perform repetitive operations with consistent movement and repeatability.
Applications include:
Handling · Welding · Assembly · Inspection · Palletizing · Machine Tending
02
Precision Fixtures
Fixtures provide accurate positioning and stable workpiece support.
Our fixture engineering capabilities can be integrated directly into automated workstations.
03
CNC Machining
Precision-machined components form an important part of customized automation systems.
Our CNC machining capability supports:
Fixture components、Robot tooling、Mechanical parts、Precision brackets、Jigs、Custom automation components
04
Mechanical Engineering
Customized machine structures, tooling, mechanisms and motion systems can be designed according to production requirements.
05
Electrical & Control Integration
Automation systems can incorporate:
PLC control、Sensors、Safety systems、HMI、Servo systems、Pneumatic systems、Industrial communication
06
Machine Vision
Vision systems can be integrated where automated identification, positioning or inspection is required.
Potential applications include:
Product identification、Position detection、Defect detection、Orientation、Measurement、Robot guidance
07
Process Integration
The goal is not to automate isolated machines.
The goal is to connect the entire process.
Machine + Robot + Fixture + Sensor + Control + Inspection + Material Flow
Engineering Advantage
Why Choose an Engineering-Based Automation Partner?
We Start With the Process
Instead of starting with a robot model, we start by understanding:
Automation + Manufacturing
Automation projects often require customized mechanical components, fixtures and tooling.
Our manufacturing capability allows these elements to be developed alongside the automation system.
Fixture + Robotics
A robot can only perform effectively when the workpiece is positioned correctly.
Our fixture engineering background provides an important foundation for robotic applications.
Customization
Not every factory can use the same standard automation equipment.
We develop non-standard automation solutions around specific products and production processes.
Scalable Solutions
A project can start with one automated workstation and later expand to multiple stations or a complete production line.
Our Project Process
From Manufacturing Problem to Production Solution
01
Project Consultation
Tell us about:
Product
Process
Production volume
Cycle time
Current problems
Automation objectives
02
Process Analysis
We analyze the current manufacturing workflow and identify potential automation opportunities.
03
Automation Concept
Our engineers develop:
Process flow
Automation concept
Station layout
Robot application
Fixture concept
Material flow
04
Engineering Design
Detailed mechanical, fixture and automation designs are developed.
05
Manufacturing
Customized components and tooling are manufactured using precision machining and related processes.
06
System Integration
Robots, fixtures, mechanical systems, sensors and control components are integrated.
07
Testing & Optimization
The system is tested and optimized against the agreed project requirements.
08
Delivery
The completed automation system is prepared for installation and production implementation.
Case Studies
Automation Applications Built Around Real Manufacturing Processes
Robotic Welding Cell
Challenge:
Repetitive welding operations required stable positioning and consistent process execution.
Solution:
A robotic welding cell integrating customized fixtures, tooling and robotic operation.
Application:
Metal components and structural assemblies.
Automated Inspection
Challenge:
Manual inspection created inconsistent inspection efficiency.
Solution:
An automated inspection process combining fixtures, sensors and/or machine vision according to product requirements.
Application:
Dimensional and assembly quality verification.
Air Conditioner Component Assembly
Challenge:
Manual assembly of air conditioner components involved multiple processes and required consistent positioning, fastening and quality
Solution:
A customized automation system combining precision fixtures, robotic handling, sensors and automated assembly mechanisms to improve process consistency and production efficiency.
Application:
Air conditioner component positioning, assembly, fastening, feeding and in-process quality verification.
Food Sorting Automation
Challenge:
Manual food sorting required significant labor and could result in inconsistent sorting accuracy and production speed.
Solution:
An automated food sorting system combining conveyors, sensors, machine vision and robotic or pneumatic sorting mechanisms according to product characteristics.
Application:
Food identification, classification, sorting and removal of defective or non-conforming products.
Automated Packaging
Challenge:
Manual packaging processes were labor-intensive and could result in inconsistent packaging efficiency and product handling.
Solution:
A customized automated packaging system integrating feeding, positioning, counting, bagging or boxing, sealing and product handling according to packaging requirements.
Application:
Automatic feeding, counting, bagging, boxing, sealing, labeling and finished-product handling.
FAQ
What industries can your automation solutions serve?
Our automation solutions are not limited to automotive manufacturing. Depending on the process, we can develop customized automation for automotive, electronics, electrical, machinery, metal fabrication, new energy, appliances, plastics, logistics, construction equipment and other manufacturing industries.
What types of processes can you automate?
Potential applications include material handling, welding, assembly, inspection, machine tending, feeding, sorting, packaging, palletizing, depalletizing and production-line integration.
Do you only provide robots?
No.
A complete automation solution may include robots, fixtures, tooling, mechanical structures, sensors, conveyors, control systems, inspection equipment and other components.
Can you automate an existing production line?
Yes. Existing production processes can be evaluated to identify opportunities for automation, semi-automation or line integration.
Can you design a completely customized automation machine?
Yes. We specialize in customized and non-standard automation solutions based on individual production requirements.
Can you manufacture the fixtures and mechanical components?
Our manufacturing capabilities include precision CNC machining and fixture manufacturing, allowing customized mechanical and tooling components to be produced as part of an automation project.
Do you provide automation for small production volumes?
Automation feasibility depends on factors such as production volume, labor cost, process stability, cycle time and investment requirements. We can evaluate the process and discuss an appropriate automation level.
How much does industrial automation cost?
There is no universal price.
The cost depends on:
Number of stations
Robot quantity
Automation level
Fixture complexity
Machine vision requirements
Control system
Production cycle
Safety requirements
Integration scope
Send us your project information for an initial evaluation.
How long does an automation project take?
Project duration depends on system complexity, number of stations, customization requirements and validation requirements. A detailed schedule can be established after the project scope is defined.
ABOUT ASD Industrial Automation
Engineering, Manufacturing and Automation Under One Roof
Changsha Auto Standard Mold Co., Ltd. is an engineering and manufacturing company providing customized solutions across precision machining, fixtures, tooling and industrial automation.
Our experience in fixture manufacturing and precision machining provides a strong foundation for developing customized automation equipment.
Today, our capabilities can support automation projects from individual mechanical components and fixtures to robotic workstations and integrated production systems.
Our Core Capabilities ➔
Let's Automate Your Next Manufacturing Process
Have a repetitive process that is slowing down your production?
Have a production line that depends too heavily on manual labor?
Need to connect machines, robots and fixtures into one automated system?
Talk to our engineering team.
Send us your drawings, product photos, process information or production requirements.
We'll review your project and discuss potential automation solutions.